The Color Wars
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Originally Posted by TrueWildMan
Originally Posted by BonneMeMN
Originally Posted by TrueWildMan
Well, as stated above, black is the absence of light, or color. That being said, light travels at a certain speed, from point "A" to point "B". So when all colors of the spectrum, including white is leaving point "A", black is already at point "B"...
...meaning black is always in front of light or any color... 
...meaning black is always in front of light or any color... A) Black is fat, and too big to move, AND occupying both places at once.
B) it'* still at point A, and a look a like is already at point B, remember it'* not the same black.
No.
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From: Salina, KS
Originally Posted by BonneMeMN
Originally Posted by TrueWildMan
Originally Posted by BonneMeMN
Originally Posted by TrueWildMan
Well, as stated above, black is the absence of light, or color. That being said, light travels at a certain speed, from point "A" to point "B". So when all colors of the spectrum, including white is leaving point "A", black is already at point "B"......meaning black is always in front of light or any color...
...meaning black is always in front of light or any color... A) Black is fat, and too big to move, AND occupying both places at once.
B) it'* still at point A, and a look a like is already at point B, remember it'* not the same black.
No.
...I win!! I win!!!Made him resort to violence...
<--everyone else here who finally lost.
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From: Salina, KS
The star collapses to the point of zero volume and infinite density, creating what is known as a " singularity ". As the density increases, the path of light rays emitted from the star are bent and eventually wrapped irrevocably around the star. Any emitted photons are trapped into an orbit by the intense gravitational field; they will never leave it. Because no light escapes after the star reaches this infinite density, it is called a black hole.
OWNED!!
OWNED!!
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Originally Posted by TrueWildMan
Black holes are the evolutionary endpoints of stars at least 10 to 15 times as massive as the Sun. If a star that massive or larger undergoes a supernova explosion, it may leave behind a fairly massive burned out stellar remnant. With no outward forces to oppose gravitational forces, the remnant will collapse in on itself. The star eventually collapses to the point of zero volume and infinite density, creating what is known as a " singularity ". As the density increases, the path of light rays emitted from the star are bent and eventually wrapped irrevocably around the star. Any emitted photons are trapped into an orbit by the intense gravitational field; they will never leave it. Because no light escapes after the star reaches this infinite density, it is called a black hole.
OWNED!!
OWNED!!
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From: Salina, KS
Originally Posted by BonneMeMN
Originally Posted by TrueWildMan
Black holes are the evolutionary endpoints of stars at least 10 to 15 times as massive as the Sun. If a star that massive or larger undergoes a supernova explosion, it may leave behind a fairly massive burned out stellar remnant. With no outward forces to oppose gravitational forces, the remnant will collapse in on itself. The star eventually collapses to the point of zero volume and infinite density, creating what is known as a " singularity ". As the density increases, the path of light rays emitted from the star are bent and eventually wrapped irrevocably around the star. Any emitted photons are trapped into an orbit by the intense gravitational field; they will never leave it. Because no light escapes after the star reaches this infinite density, it is called a black hole.
OWNED!!
OWNED!!
Any emitted photons are trapped into an orbit by the intense gravitational field; they will never leave it.
For photons, or objects with no mass, we can substitute c (the speed of light) for Vesc and find the Schwarzschild radius, R, to be
R = 2GM/c2
:P :P
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From: Salina, KS
Originally Posted by Allmachtige
What on earth??!!?! You speak the language of monkey.
Jason, we can find out if your purple is faster than my red in spring ok?
Jason, we can find out if your purple is faster than my red in spring ok?
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Sez who? When was the last time you shot purple photon at a black hole? Yeah it'* all THEORETICAL. When YOU shoot a photon into a so called "black hole" and YOU record evidence, that works.
What color is a black light? Yep.. Purple....
What color is a black light? Yep.. Purple....
